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it takes 10 J of energy to move 2 C of charge from point A to point B. How large is the potential difference between points A and B

Respuesta :

goldenpoo21
Ok so what we need to find is how large is the potential difference between points A and B.

Now you make a statement about what this potential difference would do in this problem

We now know that the points from A and B relies to transport a difference by using points A to B per unit change.

V
=
W/
q
=
50/
10
=
5
V=
q
W
​
=
10
50
​
=5 V (5 volt).
nuhulawal20

Given the workdone and the quantity of the charge, the potential difference between points A and points B is 5 Volts.

What is potential difference?

Potential difference is simply referred to as work done required to move a charge from point A to point B per unit charge.

It is expressed as;

V = W / q

Given the data in the question;

  • Work done W = 10J
  • Quantity of charge q = 2C
  • Potential difference V = ?

We substitute our values into the exression above.

V = W / q

V = 10J / 2C

V = 5V

Therefore, given the workdone and the quantity of the charge, the potential difference between points A and points B is 5 Volts.

Learn more about potential difference here: https://brainly.com/question/23716417?referrer=searchResult

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